| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2183 |
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| Symbol | |
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| ID | 3626059 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | + |
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| Start bp | 2763348 |
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| End bp | 2766290 |
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| Gene Length | 2943 bp |
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| Protein Length | 980 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637701058 |
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| Product | hypothetical protein |
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| Protein accession | YP_305691 |
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| Protein GI | 73669676 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG1352] Methylase of chemotaxis methyl-accepting proteins
[COG2201] Chemotaxis response regulator containing a CheY-like receiver domain and a methylesterase domain
[COG2202] FOG: PAS/PAC domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 19 |
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| Fosmid unclonability p-value | 0.850093 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGGATGAGT CTCCAAAAAA GGACTTTCCA ATTGTAGGCA TCGGGGCATC GGCTGGTGGG
TTAGCTGCAT TCGAAGCCTT CTTTTCAGCT ATGCCCTCAG ATGCCGATCC CGGAGCGGCT
TTTGTCCTGA TACAGCACCT GGATCCAAAT TCTAAAAGCA TCCTTTCCGA CCTGATCAGG
AACTTTACTA GGATGCCTGT ATACGAAGCT ACAAATTGGA TAAATATTGA GCCTAACTGC
GTTTACATCA TCCCGCCTAA CTGCGACATG GTTCTTCGAG ATGGCGTGCT CCAGTTGATG
GAGCCATCCC AGCCGCATGG TTACCGCCTA CCGATTGATA TATTTTTCAG CTCTCTAGCC
CAGGACAAGA AAGAAAAAGC CATCGGTATC GTCCTCTCGG GTACCGGTAG TGACGGCACA
AAGGGGGTGC AGACTATCAA GGATGAGGGA GGAATGGTAA TGGCACAGGC TCCCGAGTCC
AGCGAATACA ACAATATGCC TCTTAGTGCT ATTGCCACAG GTCAAGTGGA TTACGTCCTG
AAGCCCGAAG AGATGCCTGC CCAGCTCATT GCCTATATTA CCTATGTCTT CGGAAAAACA
CGCCAGGTAA CCTTAAAATT TGAAAGCCTG ATGAAAAATA TATTTAATTT TCTTCACATC
AAGACTGGTC ATGACTTTTC TAACTACAAG TATGGTACCA TCAATCGGCG CGTTGAACGG
CGCATGGCTG TCCGGAATAT TGATAATGTG AATGAGTATG TGCGTTATTT AGAGCAAAAG
CCTGATGAGG TGGAAGCTCT CTTTCATGAC CTTTTAATCG GAGTCACCAG TTTCTTCCGT
AATCCTGAAG CTTATGAAGC GCTCCAGAAA CGGGTTATCC CGTGTCTCTT TGCCGGCAAG
TACCCAGAGT CATCAATACG CGTCTGGGTG CCCGGATGTT CCACAGGTGA AGAGGCATAT
TCCATAGCCA TTTTACTTCA GGAACAGATG GATAACTTAG ACCAAAATTT TAAAGTGCAG
ATTTTCGCCA CTGATATTGA CAGTAAGGCT ATTGAAAAGG CCCGTAGCGG CATCTATCCA
GCCAATATTG CCGCCGATAT GTCCTCTAAA AGGCTTAAGC GCTTCTTCAC GCTGGATTCA
GACGGCTACT ACCATATTCA GCACAATATC CGTGAAATGG TTATTTTTTC CGAGCAGGAT
ATCATTAAGG ATCCTCCATT CTCTAAGCTT GACCTTATCA GTTGTCGCAA CTTGCTGATC
TATATGGACA AAGAACTGCA GAAGAAACTA ATTCCACTTT TCCATTATGC ATTGAATCCT
GGTGGATTTC TCTTTCTTGG TCCCTCCGAA AATGTGGGTG AGTTCACAAA TCTTTTTGAC
ACACTGGATC GCAAGTCAAA ACTGTACATA AAAAAAGGCG GTGCTAGCAG TGAGTATTTC
CTGTCCATAG GGACTTTTAT CTCACCATCG ATGAAAAGCG AAGCCAGAAA GCCTTCAGGC
AACGTTCCTG TCGAAATCAG ACCTAAACTG CGCGAGCTGA CCGAGCAAGC AATGCTGCAA
TATTACGCCC CTGTCAGCGT TCTGATCGAC GAACACGGTA ATATCCTGTA TATATATGGA
CGTACTGGTA TGTACCTTGA ACCAGCTTCG GGTGAAGTTG GAATGAACAT ATTGAGTATG
GCCCGAGAAG GATTAAGATC AAAATTGACT ACGGCCTTGC ACAGAGCCGT CATAGATAAA
GCGCCAGTGT TTCATCCTAG AGTGCGAGTT AAAACCAACG GCGATTTCAC TACAATTAAT
CTGGCGATAC GACCTGTAGA GCGAAACCAT GGTACAGCTA CCTGGCTAAA TTTGTTCCTG
GTCACTTTTG AGGAAACGAC GGAGTCAGAG CAGATCAAAA CCGAAAAGGC CATCTCCATA
GATGCTAGCG AAAAAGCCTG TGATAAGGAT TTGGATGTGC GAATCTTAAA GCTGAAAAAG
GAGTTACAGG CCAAGGAAGA AAGTCTCAAA GCTTCCAATG AGGAACTGGC GACTTCCAAT
GAAGAACTCA AATCTGCCAA CGAAGAGATG CAGTCAGTCA ATGAGGAACT GCAATCCACA
AACGAAGAAC TGGAGACCTC AAGGGAGGAA CTGCAATCAG TAAATGAGGA ACTGGGCACG
GTCAATATCG AACTGCAAAA CAGGGTAGCT GAACTGTCTC AAGCCAATAA CGACATGAAT
AACCTCCTGG CTGGAACAGG CATAGGCACT ATCTTTGTGG ATCATCAACT ACGTATCATG
CGCTTCACTC CTCCAGTTAC ACGTTTGATA AACCTGATCC CATCAGACAT TGGAAGGCCG
GTTGGACATA TTGTCTCAAA CCTTCTGGGC TACGACCGCC TGGTAGAGGA CATAAAGGAG
GTTCTGGACA GCCTGATACC CAAAGATATT GAAGTCCAGA CTAAGGAGAA TACATGGTAT
TTACTGGGCA TCCGGCCTTA TCGCACCCTT GAAAACACTA TTGAAGGAGC GGTAATCACT
TTTACAGATA TTACTGAGAT GAAACAGGCG AGGCTTAAGG AGTCTGAAGC TATGCACCGT
CTGGTTGCAT TAGTGCACGA TGCGAGCGAT GCTATAATGT TTCAGGACAT GGAAGGCAAT
ATCCTGGCCT GGAATCCAAA GGCAGAGAGT ATTTATGGCT GGAGTGAAGC TGAAGCACTC
TCAATGAATA TTAACAACTT GATCCCAGAG GATCGGAAAA CAGAAGAGAT GTCTATAGTG
AAAAAGCTTA GCCGGGCTGA GGTTATTGAA CCTTACCGCA CCCAAAGAAT TACCAAAGAT
AGTAGGATAG TGGATGTATG GCTGACCGCC ACTTCACTGG TAAACGAAAA CGGTGAAGTA
TATGCTATTG CAACCACAGA GCGGGAAATC AAATTAGAAG ATAATGAGAA GAACACAAAA
TAA
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| Protein sequence | MDESPKKDFP IVGIGASAGG LAAFEAFFSA MPSDADPGAA FVLIQHLDPN SKSILSDLIR
NFTRMPVYEA TNWINIEPNC VYIIPPNCDM VLRDGVLQLM EPSQPHGYRL PIDIFFSSLA
QDKKEKAIGI VLSGTGSDGT KGVQTIKDEG GMVMAQAPES SEYNNMPLSA IATGQVDYVL
KPEEMPAQLI AYITYVFGKT RQVTLKFESL MKNIFNFLHI KTGHDFSNYK YGTINRRVER
RMAVRNIDNV NEYVRYLEQK PDEVEALFHD LLIGVTSFFR NPEAYEALQK RVIPCLFAGK
YPESSIRVWV PGCSTGEEAY SIAILLQEQM DNLDQNFKVQ IFATDIDSKA IEKARSGIYP
ANIAADMSSK RLKRFFTLDS DGYYHIQHNI REMVIFSEQD IIKDPPFSKL DLISCRNLLI
YMDKELQKKL IPLFHYALNP GGFLFLGPSE NVGEFTNLFD TLDRKSKLYI KKGGASSEYF
LSIGTFISPS MKSEARKPSG NVPVEIRPKL RELTEQAMLQ YYAPVSVLID EHGNILYIYG
RTGMYLEPAS GEVGMNILSM AREGLRSKLT TALHRAVIDK APVFHPRVRV KTNGDFTTIN
LAIRPVERNH GTATWLNLFL VTFEETTESE QIKTEKAISI DASEKACDKD LDVRILKLKK
ELQAKEESLK ASNEELATSN EELKSANEEM QSVNEELQST NEELETSREE LQSVNEELGT
VNIELQNRVA ELSQANNDMN NLLAGTGIGT IFVDHQLRIM RFTPPVTRLI NLIPSDIGRP
VGHIVSNLLG YDRLVEDIKE VLDSLIPKDI EVQTKENTWY LLGIRPYRTL ENTIEGAVIT
FTDITEMKQA RLKESEAMHR LVALVHDASD AIMFQDMEGN ILAWNPKAES IYGWSEAEAL
SMNINNLIPE DRKTEEMSIV KKLSRAEVIE PYRTQRITKD SRIVDVWLTA TSLVNENGEV
YAIATTEREI KLEDNEKNTK
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